Ranjan Srivastava
Professor/Chem and Biomolecular Engr
Storrs Mansfield
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Scholarly Contributions
105 Scholarly Contributions
Investigation of n-butanol separation by pervaporation using PDMS and PDMS-PE composite membrane
2024
Research Type: Conference Proceedings
Leveraging Ensemble information of evolving populations in genetic algorithms to identify incomplete metabolic pathways
2024
Research Type: Conference Proceedings
Affect of (5Z)-4-bromo-5-(bromomethylene)-3-butyl-2(5H)-furanone on Bacillus Anthracis metabolism
2024
Research Type: Conference Proceedings
Development of a Bayesian-based framework for identification of most probable biochemical reaction network
2024
Research Type: Conference Proceedings
Integration of reaction kinetics theory and gene expression programming to infer reaction mechanism
Research Type: Conference Proceedings
Metabolite Overproduction through Engineering and Optimization of Microbiome Composition Dynamics
Research Type: Conference Proceedings
The use of falling film aeration for low impact oxygenation of natural ecosystems a model feasibility study
Research Type: Conference Proceedings
General machine learning based predictive method for energy-geometry dependency of molecules
Research Type: Conference Proceedings
Using phosphoproteomic analysis to better understand gene regulatory networks
Research Type: Conference Proceedings
Phospho-proteomic and transcriptomic data for fungal cell-wall repair pathway reveal new functionality
Research Type: Conference Proceedings
Insights into the protein secretory pathway in filamentous fungi using random and targeted mutational approaches
Research Type: Conference Proceedings
Genome-scale metabolic analysis of the iron acquisition system in of Bacillus anthracis
Research Type: Conference Proceedings
Metabolite overproduction through engineering and optimization of microbiome composition dynamics
Research Type: Conference Proceedings
mRNA volatility as a strategy in designing and implementing effective antisense
Research Type: Conference Proceedings
Analysis and Modeling of the Effects of MRNA Antisense Targeted Against the 32 Stress Response Sigma Factor in Escherichia Coli
Research Type: Conference Proceedings